Always-on and scheduled agents run unattended through MCP, with no human to catch a bad call. Route them through PolicyLayer and every action is bounded by your policy before it runs.
For platform and security teams running AI agents in production.
It rarely looks reckless. It looks like it's doing its job, faster than anyone can watch.
A scheduled agent runs every hour with standing access to your systems and no approval moment.
One wrong instruction or a retry loop repeats an action hundreds of times before anyone notices.
The blast radius is whatever the agent could reach, multiplied by how long it ran.
An unattended agent keeps its tools between runs. PolicyLayer bounds every call.
Drop PolicyLayer into your MCP request path. Your agents keep their tools. You keep control. Core concepts →
Cap actions per minute and per day, per token, so a loop cannot repeat a call into a real loss.
Each agent carries only the tools and resources its job needs, and nothing more.
Inspect the call: deny anything tagged production, block destructive statements, require a known job id. Writing policies →
Pull an agent's grant the moment it misbehaves; the rest keep running.
Rules run as code, first denial wins. The same call gets the same decision every time.
Build policy around the fields that matter (environment, resource tag, action class) in the visual editor. Allow, deny, rate-limit, or require approval, per tool. Writing policies →
Whatever your agents touch, the same engine, audit, and access model is doing the work underneath every rule you write.
Rules run as code, not model judgement: argument-level conditions, quotas, deny-by-default. The same call gets the same decision every time.
Writing policies →Your security or compliance team writes and attaches policy without ever holding the upstream credentials or grant tokens.
Roles →Every call is logged with its decision and the rule that fired, attributed to the identity, in an append-only record. Argument values are redacted, never stored.
Logs & security →Upstream secrets are encrypted at rest and injected by the gateway. The agent only ever holds a scoped token.
Logs & security →Every person and agent connects with its own scoped grant. Rotate or revoke any one of them instantly, without disrupting the rest.
Core concepts →Hosted gateway. Point your clients at it, register a server, issue a token. Nothing to install.
Quick start →For unattended agents you lean on deterministic limits and scopes rather than prompts: rate caps, narrow per-token scopes, and deny-by-default on destructive classes. Where you do want a human, an approval gate pauses that specific call and routes it for sign-off before a credential is issued.
Yes. Each agent connects with its own scoped grant. Revoke it and that agent stops immediately, while every other agent keeps running.
Policy is evaluated in memory before the call is forwarded, so the overhead is negligible. Allowed calls pass straight through to your systems.
Upstream credentials are encrypted at rest and injected by the gateway. Your agents only ever hold a scoped token, never your service credentials.
No. Agents keep the same tools and schemas. PolicyLayer enforces policy on each call (allow, deny, rate-limit, or require approval), apart from any tools you deliberately hide.
Hard rate caps, tight scopes, deny-by-default on destructive calls, and a tamper-proof audit log on every action. Route your existing MCP servers through the gateway, live in minutes.
Free to start. No card required.